# SOCR EduMaterials Activities ScatterChart

### From Socr

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<center>[[Image:SOCR_Activities_ScatterCharts_Chui_090607_Fig1.jpg|400px]]</center> | <center>[[Image:SOCR_Activities_ScatterCharts_Chui_090607_Fig1.jpg|400px]]</center> | ||

- | The image above is a demonstration of a simple Scatter Chart. Note that below the graph | + | The image above is a demonstration of a simple Scatter Chart. Note that below the graph are shown the statistical values for each event. |

== Data Type and Format == | == Data Type and Format == | ||

- | By clicking '''Data''' between the ''Graph'' and ''Mapping'' button, it allows users to input or vary the values of the data set. There is one type of variable which is quantitative or numerical that | + | By clicking '''Data''' between the ''Graph'' and ''Mapping'' button, it allows users to input or vary the values of the data set. There is one type of variable which is quantitative or numerical that is listed to the corresponding event: |

<center>[[Image:SOCR_Activities_ScatterCharts_Chui_090707_Fig2.jpg|400px]]</center> | <center>[[Image:SOCR_Activities_ScatterCharts_Chui_090707_Fig2.jpg|400px]]</center> | ||

+ | |||

+ | ==Example (Human Heights and Weights)== | ||

+ | |||

+ | Generate a scatter plot of the first 20 pairs of the [[ | Human Height and Weight data]]. Copy the data with your mouse. | ||

+ | <center>[[Image:SOCR_Activities_ScatterCharts_Dinov_020808_Fig3.jpg|500px]]</center> | ||

+ | |||

+ | Paste it in the [http://socr.ucla.edu/htmls/SOCR_Charts.html SOCR Scatter Plot Chart] (you need to enter an additional column for the index of the weight). | ||

+ | <center>[[Image:SOCR_Activities_ScatterCharts_Dinov_020808_Fig5.jpg|500px]]</center> | ||

+ | |||

+ | You should get a Scatter plot like this. Notice the summary statistics on the bottom! | ||

+ | <center>[[Image:SOCR_Activities_ScatterCharts_Dinov_020808_Fig4.jpg|500px]]</center> | ||

== Applications == | == Applications == | ||

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Suppose that researchers are interested in the cholesterol level in a group of adults. By plotting every data set, all of the values are equally represented in the Scatter Chart. | Suppose that researchers are interested in the cholesterol level in a group of adults. By plotting every data set, all of the values are equally represented in the Scatter Chart. | ||

- | {{translate|pageName=http://wiki.stat.ucla.edu/socr/index.php?title= | + | {{translate|pageName=http://wiki.stat.ucla.edu/socr/index.php?title= SOCR_EduMaterials_Activities_ScatterChart }} |

## Revision as of 17:24, 8 February 2008

## Contents |

## SCATTER CHARTS

## Background

Similar to Line Graphs, Scatter Charts are a simple visualization for data points to be plotted without drawn lines connecting them. They are often useful for comparing each point separately or groups of points from different events. Characteristics and behaviors of these data sets may be determined by observing Scatter Charts.

For references, visit Scatter Charts and More Examples.

## Description

Go to the SOCR Charts and select Line Charts from the items located on the left, then select the demonstration for Scatter Charts:

The image above is a demonstration of a simple Scatter Chart. Note that below the graph are shown the statistical values for each event.

## Data Type and Format

By clicking **Data** between the *Graph* and *Mapping* button, it allows users to input or vary the values of the data set. There is one type of variable which is quantitative or numerical that is listed to the corresponding event:

## Example (Human Heights and Weights)

Generate a scatter plot of the first 20 pairs of the [[ | Human Height and Weight data]]. Copy the data with your mouse.

Paste it in the SOCR Scatter Plot Chart (you need to enter an additional column for the index of the weight).

You should get a Scatter plot like this. Notice the summary statistics on the bottom!

## Applications

One of the most persuasive elements when proposing data and literature to others is a well-designed chart presentation.

For example, students in labs may want to present their table of values in a graph. By using the Scatter Chart, every unique data value will be equally represented in the Scatter Chart.

Suppose that researchers are interested in the cholesterol level in a group of adults. By plotting every data set, all of the values are equally represented in the Scatter Chart.

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